Decentralized storage is the foundational principle of DÆTA, revolutionizing how data is stored and accessed in the digital age.
Data split across multiple nodes.
Eliminates single points of failure.
Multiple copies stored on different nodes.
Ensures high data availability.
End-to-end encryption of all data.
Enhances privacy and security.
Direct node-to-node communication.
Reduces latency and improves efficiency.
graph TD
A[User] -->|Uploads file| B(DÆTA Client)
B -->|Encrypts| C{Split into Shards}
C -->|Shard 1| D[Node 1]
C -->|Shard 2| E[Node 2]
C -->|Shard 3| F[Node 3]
C -->|Shard N| G[Node N]
graph TD
A[User] -->|Requests file| B(DÆTA Client)
B -->|Locates shards| C{Retrieve Shards}
C -->|Shard 1| D[Node 1]
C -->|Shard 2| E[Node 2]
C -->|Shard 3| F[Node 3]
C -->|Shard N| G[Node N]
C -->|Reassemble & Decrypt| H[Complete File]
H -->|Deliver| A
Comparison with Traditional Storage
Centralized Storage: Single entity.
DÆTA Decentralized Storage: Distributed network.
Centralized Storage: Vulnerable to targeted attacks.
DÆTA Decentralized Storage: Resilient due to distribution.
Centralized Storage: Provider has access to data.
DÆTA Decentralized Storage: Zero-knowledge architecture.
Centralized Storage: Limited by infrastructure.
DÆTA Decentralized Storage: Scales with network growth.
Centralized Storage: High maintenance costs.
DÆTA Decentralized Storage: Utilizes existing resources.
